Qualitative illustration of the difference between "adult" and "baby" learning, previously observed for stochastic 3D networks of matrices of block co-polymers, conducting polymers and gold nanoparticles, is presented. The model assumes the formation of stable multi-pathway channels in the case of "baby" learning and dynamic equilibrium of single signal pathways in the case of "adult" learning. ©2013 Old City Publishing, Inc.
On the learning of stochastic networks of organic memristive devices
Erokhin;Victor
2013
Abstract
Qualitative illustration of the difference between "adult" and "baby" learning, previously observed for stochastic 3D networks of matrices of block co-polymers, conducting polymers and gold nanoparticles, is presented. The model assumes the formation of stable multi-pathway channels in the case of "baby" learning and dynamic equilibrium of single signal pathways in the case of "adult" learning. ©2013 Old City Publishing, Inc.File in questo prodotto:
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